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Fluke Calibration 9172-C-R-156 Metrology Well Calibrator, 425C with 9172-INSC, 115V

$8,733.00

The Fluke 9172-C-R-156 Reference Metrology Well provides reference-grade high-temperature calibration up to 425°C, supplied with the 9172-INSC insert for precision, stability, and traceability in laboratory and industrial applications.

The Fluke Calibration 9172-C-R-156 is a reference-class metrology well designed for applications requiring the highest precision and repeatability. With an operating range up to 425°C, it delivers superior thermal stability and uniformity, ideal for calibrating RTDs, thermocouples, and industrial process probes. The included 9172-INSC insert provides flexible probe positioning, enabling accurate calibration for multiple sensor types. Operating on 115V, the 9172-C-R-156 combines laboratory-grade performance with portability, making it suitable for both lab and field applications. Fully compliant with ISO/IEC 17025 standards and compatible with GLP/GMP practices, it is trusted across regulated industries such as aerospace, pharmaceuticals, energy production, and research facilities, ensuring traceable, repeatable, and reliable calibration results.

Key Features:

  • Reference-grade metrology well with ambient to 425°C range

  • Supplied with 9172-INSC insert for multi-probe configurations

  • Exceptional thermal stability, uniformity, and repeatability

  • Rugged and portable design for laboratory and field use

  • Easy-to-use digital interface for precise temperature control

Compatible Sensors:

  • RTDs

  • Thermocouples

  • Industrial process probes and transmitters

Included Accessories:

  • 9172-INSC insert

  • 115V power cord

  • User manual/documentation

Compliance:

  • ISO/IEC 17025 calibration compliant

  • GLP/GMP compatible

Benefits for Lab Users:

  • Provides reference-grade accuracy and traceable results

  • Ensures repeatable and reliable high-temperature calibration

  • Flexible insert supports multiple sensor types

  • Portable design allows lab-to-field efficiency